杜紀富,男,副教授,四川大學原子核科學技術研究所(碩博連讀)核技術及套用專業畢業,湖北科技學院核技術與化生物學院碩士生導師。
基本介紹
- 中文名:杜紀富
- 畢業院校:四川大學
- 學位/學歷:博士
人物經歷,研究方向,主要成就,
人物經歷
2010—至今,湖北科技學院核技術與化學生物學院.
2005-2010年,四川大學,原子核科學技術研究所 碩博連讀 核技術及套用專業.
研究方向
1. 核技術套用
2. 電子束輻照材料改性製備環境功能材料.
3. 輻射防護材料的製備.
主要成就
四、指導學生課題及獲獎:
2014年,湖北省大學生創新創業項目:聚乳酸膜的輻射接枝改性研究.
2020年,湖北省大學生創新創業項目:生物質纖維的電子束輻射改性及其在印染廢水處理中的套用.
2013年,加速器輻照裝置小車束下劑量的測量設計 獲湖北省本科優秀畢業論文.
2015年,輻射接枝製備聚乙烯基吸硼材料 獲湖北省本科優秀畢業論文.
2016年,2-氨甲基吡啶樹脂的製備及對Cr(VI)的吸附性能研究 獲湖北省本科優秀畢業論文.
2019年,纖維素生物質的輻射改性及其陰離子吸附 獲湖北省本科優秀畢業論文.
2020年,季銨鹽型纖維素凝膠材料的合成及其吸附性能的研究 獲湖北省本科優秀畢業論文.
2021年,“我‘核’你一起看輻照加工” 獲全國高校學生課外“核+X”大賽國家級三等獎
2022年,“慘無蚊道”獲湖北省高校學生課外“核+X”大賽一等獎
五、 科研教研項目與成果
1. “碳-碳化物塗層的實驗研究”獲2008年四川省科技進步獎勵三等獎。
2. “地方院校核工程與核技術專業套用型人才校企協同培養的研究與實踐”獲2018年湖北省高等學校教學成果獎二等獎。
3. 2020年,湖北省自然科學基金“多氨基修飾竹纖維的電子束輻射改性及其對磷的協同吸附行為研究。
4. 2021年,湖北省教育廳百校聯百縣項目“廢竹屑改性水處理材料”。
六、申請專利
1. 一種低溫輻照裝置.
2.高性能多糖水凝膠吸附材料的輻射合成方法及其套用.
3. 2-氨甲基吡啶功能化的樹脂在分離和去毒化電鍍廢水中六價鉻離子方面的套用.
七、 發表科研論文:
1. Single and competitive adsorption between Indigo Carmine and Methyl orange dyes on quaternized kapok fiber adsorbent prepared by radiation technique Separation and Purification Technology 292 (2022). (中科院1區/IF:7.312)
2. Facile fabrication of tannic acid functionalized microcrystalline cellulose for selective recovery of Ga(III) and In(III) from potential leaching solution Separation and Purification Technology 286 (2022)(中科院1區/IF:7.312)
3. Fabrication of quaternized sisal fiber by electron beam radiation and its adsorption of indigo carmine from aqueous solution. Cellulose (2022)(中科院2區/IF:5.044)
4. Selective recovery of rhenium from the simulating leaching solutions of uranium ore by amino guanidine functionalized microcrystalline cellulose microsphere. Journal of Molecular Liquids 360 (2022)(中科院2區/IF:6.125)
5. Facile Fabrication of Quaternary Ammonium Salt Modified Cotton Linter by Radiation Grafting and its Effective Removal of Methyl Orange: Batch and Dynamic Flow Mode Studies. Fibers and Polymers. 2022.(中科院4區/IF: 2.153)
6. Recovery and separation of Mo(VI) and Re(VII) from Mo-Re bearing solution by gallic acid-modified cellulose microspheres Separation and Purification Technology 281 (2022). (中科院1區/IF:7.312)
7. Highly photocatalytic electrospun Zr/Ag Co-doped titanium dioxide nanofibers for degradation of dye. Journal of Colloid and Interface Science. 2021.(中科院1區/IF:8.128)
8. A comparative study of immobilizing ammonium molybdophosphate onto cellulose microsphere by radiation post-grafting and hybrid grafting for cesium removal. Environmental Pollution (2021)(中科院1區/IF:8.071)
9. Facile fabrication of polymeric quaternary ammonium salt hydrogel by radiation for dyes removal from aqueous solution. Radiation Physics and Chemistry. 2021.(中科院3區/IF: 2.858)
10. Selective adsorption of mercury(II) ions from aqueous solution by two kinds of modified cellulose microsphere. Desalination and Water treatment. 2021. (中科院4區/IF: 1.254)
11. Ethylenediamine and Pentaethylene Hexamine Modified Bamboo Sawdust by Radiation Grafting and their Adsorption Behavior for Phosphate. Applied Science. 2021. (中科院3區/IF: 2.679)
12. Ultrahigh Adsorption Capacity of Acrylic Acid-Grafted Xanthan Gum Hydrogels for Rhodamine B from Aqueous Solution. Journal of Chemical and Engineering Data 2021. (中科院分區3區/IF: 2.694)
13. Radiation grafting of dimethylaminoethyl methacrylate on cotton linter and subsequent quaternization as new eco-friendly adsorbent for phosphate removal. Environmental Science and Pollution Research 2020.(中科院分區3區/IF:3.14)
14. Facile preparation of L-cysteine–modified cellulose microspheres as a low-cost adsorbent for selective and efficient adsorption of Au(III) from the aqueous solution. Environmental Science and Pollution Research (2020).(中科院分區3區/IF:3.14)
15. Fabrication of Cotton Linter-Based Adsorbents by Radiation Grafting Polymerization for Humic Acid Removal from Aqueous Solution. Polymers. 2019.(中科院2區/IF:3.25)
16. Radiation Synthesis of Pentaethylene Hexamine Functionalized Cotton Linter for Eective Removal of Phosphate: Batch and Dynamic Flow Mode Studies. Materials 2019. (中科院2區/IF:2.972).
17. Facile Fabrication of N-Methyl-D-Glucamine Grafted HDPE Particle as Adsorbent for Boron Removal from Aqueous Solution. Materials Science Forum 2019(EI收錄).
18. Radiation synthesis and heavy metal ions removal of cellulose microsphere based adsorbent. IOP Conf. Series: Earth and Environmental Science 2019。(EI收錄).